Compressed Air
Compressed air is a gas that is used primarily to transport items via pneumatic tubes, it can be obtained with an air intake.
Compressed Air | |||||||
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Properties | |||||||
Type | Gas | ||||||
Made With/By | Other | ||||||
Difficulty of Production | Easy | ||||||
Exists in Reality | Yes | ||||||
Can Be Placed | No | ||||||
Temperature | ~20°C | ||||||
Renewable? | Yes | ||||||
Tooltip | |||||||
Compressed Air [Gaseous] Hbm's Nuclear Tech | |||||||
Warnings | |||||||
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Production
Producing compressed air is rather simple, as only an air intake and power is required. An air intake can be assembled with the following recipe:

Uses
Compressed air can be used alongside compressors to transport items via pneumatic tubes, and the range of the tube is dependant on how many compressors are used:
Pressure | Range |
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1 PU | 10m |
2 PU | 25m |
3 PU | 100m |
4 PU | 250m |
5 PU | 1000m |
It also has other uses in the chemical plant.
Inputs | Recipe |
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Chemistry Template: Biogas Production
Production Time: 3.0 seconds Inputs: Compressed Air, Biomass Produces: Biogas |
Compressed Air4,000mB ![]() |
Chemistry Template: Linde Xenon Cycle
Production Time: 15 seconds Inputs: Compressed Air Produces: Xenon Gas |
Compressed Air16,000mB ![]() |
Chemistry Template: Boosted Linde Xenon Cycle
Production Time: 1.0 seconds Inputs: Compressed Air, Liquid Oxygen Produces: Xenon Gas |
Compressed Air8,000mB ![]() ![]() |